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GSC HEMCOIL, Helmholtz Coil, Black/red
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GSC HEMCOIL, Helmholtz Coil, Black/red
Helmholtz coils create near-uniform magnetic fields and cancel out external fields.
GSC HEMCOIL, Helmholtz Coil, Black/red
Item #: 52838259

GSC HEMCOIL, Helmholtz Coil, Black/red

Item #: 52838259

STD 3865520

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Helmholtz coils create near-uniform magnetic fields and cancel out external fields.
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What Stands Out

High Precision Design
The GSC HEMCOIL features a meticulously engineered design that ensures accurate magnetic field generation, providing researchers and educators with reliable experimental conditions.
Durable Construction
Constructed with high-quality materials in a striking black and red color scheme, this Helmholtz coil is built to withstand rigorous use while maintaining its aesthetic appeal.
Versatile Applications
Ideal for both educational settings and advanced research applications, the GSC HEMCOIL effectively addresses a range of magnetic field experiments, making it essential for physicists and engineers alike.

Product Details

Discover the GSC HEMCOIL Helmholtz Coil at Ubuy São Tomé and Príncipe. Create near-uniform magnetic fields and cancel external fields. Ideal for scientific experiments and observing circular movements. Shop now!
Country of OriginThis item will be imported from US
Item Weight3.5 lbs (1.59 kg)
What is in the boxGSC HEMCOIL, Helmholtz Coil... For more details, please check description/product details

Who Should Buy?

Suitable For
  • Educational Purposes

    Ideal for students and educators demonstrating electromagnetic fields in physics labs or classroom settings.

  • Research Professionals

    Useful for researchers conducting experiments involving magnetic fields, ensuring accurate and consistent magnetic environments.

  • Hobbyist Projects

    Great for DIY electronics enthusiasts working on projects requiring controlled magnetic fields for various applications.

Not Suitable For
  • Large Scale Applications

    Not suitable for industrial applications needing large, powerful magnetic fields beyond Helmholtz Coil capabilities.

  • Casual Users

    Not ideal for casual users without technical knowledge as it requires specific understanding of magnetic field applications.

  • Budget-Conscious

    May not be suitable for users looking for low-cost alternatives, as it's a specialized scientific tool with higher pricing.

Product Description

GSC HEMCOIL, Helmholtz Coil, Black/red

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What applications can I use the GSC HEMCOIL Helmholtz Coil for?

    Answer: The GSC HEMCOIL Helmholtz Coil is primarily used in experimental physics, especially for generating uniform magnetic fields. This makes it ideal for applications such as magnetic field mapping, NMR (Nuclear Magnetic Resonance), and educational demonstrations in electromagnetism. The coil's design ensures minimal field distortion, which enhances its reliability for sensitive measurements in research and educational settings.
  • Question: What materials are used in the construction of the GSC HEMCOIL Helmholtz Coil?

    Answer: The GSC HEMCOIL is crafted from high-conductivity copper wire, which optimizes its electrical properties, providing efficient current flow and minimizing energy loss. The coil's framework is designed for durability, ensuring stability during experiments. The combination of these materials contributes to the coil's effectiveness in achieving a consistent magnetic field, making it a preferred choice for detailed scientific work.
  • Question: How is the magnetic field strength of the Helmholtz Coil calculated?

    Answer: The magnetic field strength of a Helmholtz Coil is calculated using the formula B = (μ₀ * N * I) / (2 * R), where B is the magnetic field strength, μ₀ is the permeability of free space, N is the number of turns in each coil, I is the current flowing through the coil, and R is the radius of the coil. Understanding this calculation is crucial for optimizing your experimental conditions, particularly when working on precise electromagnetic studies.
  • Question: Can the GSC HEMCOIL Helmholtz Coil be used for educational purposes?

    Answer: Yes, the GSC HEMCOIL Helmholtz Coil is excellent for educational settings. It allows students to visualize magnetic fields and understand the principles of electromagnetism in a hands-on manner. Demonstrations using this coil can significantly enhance learning, providing practical insights into theoretical concepts covered in textbooks. It's perfect for physics labs, making learning engaging and interactive.
  • Question: What are the benefits of using a Helmholtz Coil compared to other coils?

    Answer: The primary benefit of using a Helmholtz Coil is its ability to create a very uniform magnetic field, which is crucial for experiments that require precise measurements. Unlike other coil configurations, the Helmholtz design minimizes field gradients, making it ideal for sensitive applications such as spectroscopy and biomedical imaging. This uniformity is essential for obtaining reliable and reproducible results.
  • Question: Is the GSC HEMCOIL Helmholtz Coil compatible with other lab equipment?

    Answer: Yes, the GSC HEMCOIL Helmholtz Coil is designed to be compatible with a variety of lab equipment. It can easily connect to power supplies, oscilloscopes, and measurement instruments, allowing researchers to integrate it into existing setups. This versatility is particularly beneficial for experimental physics labs, where equipment compatibility is crucial for conducting multiple experiments efficiently.
  • Question: How can I maximize the performance of the Helmholtz Coil during experiments?

    Answer: To maximize the performance of the GSC HEMCOIL during experiments, ensure that the coils are positioned accurately as per the design specifications, with the appropriate distance between them. Additionally, using a stable power supply can help maintain consistent current flow, which is vital for achieving a stable magnetic field. Regular calibration of your measurement instruments before commencing experiments can also lead to more precise results.
  • Question: What is the impedance rating of the GSC HEMCOIL Helmholtz Coil?

    Answer: The impedance rating of the GSC HEMCOIL Helmholtz Coil will depend on its construction parameters like the number of turns and the wire gauge used. Typically, lower impedance is preferred as it allows higher current to flow, resulting in a stronger magnetic field. Understanding the impedance characteristics is important for ensuring compatibility with your power source and achieving the desired magnetic field strength for your experiments.
  • Question: What safety measures should I take when using the Helmholtz Coil?

    Answer: When using the GSC HEMCOIL Helmholtz Coil, it's imperative to follow safety protocols such as ensuring the coil is properly mounted to prevent accidental detachment. Always monitor the coil's temperature as excessive current can lead to overheating. Additionally, use protective eyewear if conducting experiments involving other electromagnetic devices and ensure a well-ventilated area to mitigate any risks associated with equipment overheating.
  • Question: Where can I buy GSC HEMCOIL, Helmholtz Coil, Blackred?

    Answer: You can purchase the GSC HEMCOIL, Helmholtz Coil, Blackred from Ubuy in São Tomé and Príncipe. Ubuy offers a wide range of laboratory equipment and supplies, ensuring that you can easily find the specific model you need. Their platform is user-friendly, providing detailed product descriptions and specifications to help you make an informed purchase.

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STD 3865520

Order now and get it around Sunday, July 26

QTY:

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Features & Benefits

  • Creates near-uniform magnetic fields
  • Cancels out external magnetic fields
  • Ideal for experiments with helium-filled vacuum tubes
  • Allows observation of circular movement of the field

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